def __init__(self, world_map, multiplayer):
World.__init__(self, world_map, multiplayer)
self._create_sprites()
self.brick_energy()
self.set_bounds_energy()
self.set_dynamics_energy()
self._set_walls()
def __init__ (self, scheduler, evthandler, sfc, player = None):
self.player = player
World.__init__(self, scheduler, evthandler)
evthandler.add_event_handlers({pg.JOYBUTTONDOWN: self._joycb})
evthandler.add_key_handlers([
(conf.KEYS_BACK, lambda *args: conf.GAME.quit_world(), eh.MODE_ONDOWN),
(conf.KEYS_QUIT, lambda *args: conf.GAME.quit_world(2), eh.MODE_ONDOWN)
])
self.graphics.add(gm.Graphic(sfc), gm.Colour((0, 0, 0, 180), ((0, 0), conf.RES), -1))
def __init__(self, world_map, multiplayer):
self.player_sprites = {'1': None, '2': None}
self.enemy_sprites = set()
self.wall_rects = []
self.unbreakable_wall_rects = []
self.bullets = set()
self.game_over = False
World.__init__(self, world_map, multiplayer)
self._create_sprites()
self._set_walls()
self.update_aim_lines()
def __init__( self, scheduler, evthandler ):
World.__init__( self, scheduler, evthandler )
self.num_joysticks = 0
#Create a background
self.graphics.add(gm.Graphic('background.png', layer = 1))
#Register event listeners
evthandler.add_key_handlers([
(conf.KEYS_NEXT, self._load_joysticks, eh.MODE_ONDOWN),
(conf.KEYS_BACK, lambda *args: conf.GAME.quit_world(), eh.MODE_ONDOWN)
])
evthandler.add_event_handlers( { pygame.JOYBUTTONDOWN: self._handle_joystick } )
def __init__ (self, scheduler, evthandler, joys):
World.__init__(self, scheduler, evthandler)
self._dot_sfc = [conf.GAME.img('dot{0}.png'.format( i ),
(conf.DOT_RADIUS, conf.DOT_RADIUS)) for i in xrange( 4 )]
self.t = 0
self.scheduler.add_timeout(self._update_paths, seconds = conf.PATH_UPDATE_TIME)
self.scheduler.interp(lambda t: t, self.update_t)
self.graphics.add(gm.Graphic('background.png',
layer = conf.GRAPHICS_LAYERS['bg']))
# controls
# {type: {id: (action, action_mode)}}
self.controls = controls = {}
for action, evts in conf.CONTROLS.iteritems():
if isinstance(evts[0], basestring):
evts = (evts,)
for mode, (e_type, e_id) in enumerate(evts):
controls.setdefault(e_type, {})[e_id] = (action, mode)
evthandler.add_event_handlers(dict.fromkeys(controls, self._joycb))
evthandler.add_key_handlers([
(conf.KEYS_BACK, self.pause, eh.MODE_ONDOWN)
])
# sun
self.phys = Physics()
p_data = conf.PLAYER_PLANET
p_radius = p_data['radius']
p_sun_dist = p_data['sun dist']
pad = p_data['edge dist'] + p_sun_dist + p_radius
s_w, s_h = conf.RES
assert 2 * pad <= s_w and 2 * pad <= s_h
sun = Sun(conf.SUN_DENSITY, conf.SUN_RADIUS, (uniform(pad, s_w - pad), uniform(pad, s_h - pad)))
# npps (non player planets)
# inner planets
planets = []
planet_data = conf.INNER_PLANET
planet_number= planet_data['number']
planet_max_radius = planet_data['max radius']
planet_min_radius = planet_data['min radius']
if planet_number > 0:
planet_dist = planet_data['min sun dist']
planet_dist_inc = (planet_data['max sun dist'] - planet_dist)/ planet_number
for i in xrange(planet_number):
planets.append(Planet(self, planet_data['density'], uniform(planet_min_radius,planet_max_radius), sun, planet_dist + planet_dist_inc * i, uniform(0,6.29)))
# outer planets
planet_data = conf.OUTER_PLANET
planet_number= planet_data['number']
planet_max_radius = planet_data['max radius']
planet_min_radius = planet_data['min radius']
if planet_number > 0:
planet_dist = planet_data['min sun dist']
planet_dist_inc = (planet_data['max sun dist'] - planet_dist)/ planet_number
for i in xrange(planet_number):
planets.append(Planet(self, planet_data['density'], uniform(planet_min_radius,planet_max_radius), sun, planet_dist + planet_dist_inc * i, uniform(0,6.29)))
# players
angle = uniform(0, 2 * pi)
d_angle = 2 * pi / len(joys)
joy_ids = [j.get_id() for j in joys]
self.players = []
for i in xrange(4):
if i in joy_ids:
self.players.append(Player(i, self, p_data['density'], p_radius, sun, p_sun_dist, angle))
angle += d_angle
else:
self.players.append(None)
# extra planets
planets += [p for p in self.players if p is not None]
asteroids = []
self.phys.gravity_sources = [sun] + planets
self.entities = self.phys.gravity_sources + asteroids
self.graphics.add(*(e.graphic for e in self.entities))
def __init__(self, game, config = None):
self.configfile = os.path.join("levels", "demo", "demo.lvl")
World.__init__(self, game, config)
